UNiagaraBakerSettings Class Reference

Public Member Functions
Functions
void	SetbPreviewLooping (bool Value)
	Should the preview playback as looping or not.
void	SetbRenderComponentOnly (bool Value)
	Should we render just the component or the whole scene.
void	SetbLockToSimulationFrameRate (bool Value)
	Locks the playback to the simulation frame rate, i.e. no multi-tick.
Public Member Functions inherited from UObject
bool	MarkPackageDirty () const
void	RemoveFromRoot ()
bool	GetIsRooted () const
bool	IsTransient () const
bool	Modify (bool bAlwaysMarkDirty=true)
void	SetTransactional (bool bTransactional)
bool	IsSupportedForNetworking () const
UClass	GetClass () const
UObject	GetOuter () const
UObject	GetTypedOuter (TSubclassOf< UObject > Target) const
	Traverses the outer chain searching for the next object of a certain type.
UPackage	GetOutermost () const
UPackage	GetPackage () const
void	AddToRoot ()
UWorld	GetWorld () const
FName	GetName () const
FString	GetFullName (const UObject StopOuter=nullptr) const
FString	GetPathName (const UObject StopOuter=nullptr) const
bool	IsA (const UClass Class) const
	Returns true if this object is of the specified type, or a child of that type.
void	SaveConfig ()
void	LoadConfig ()
void	ReloadConfig ()
void	CopyScriptPropertiesFrom (const UObject OtherObject)
void	opCast (?&Address) const
FString	ToString () const

Static Public Member Functions
Static Functions
static UClass	StaticClass ()
Static Public Member Functions inherited from UObject
static UClass	StaticClass ()

Public Attributes
Settings
TArray< TObjectPtr< UNiagaraBakerOutput > >	Outputs
	Array of outputs for the baker to generate.
float32	DurationSeconds
	Duration in seconds to take the capture over.
int	FramesPerSecond
	The frame rate to run the simulation at during capturing. This is only used for the preview view and calculating the number of ticks to execute as we capture the generated texture.
FIntPoint	FramesPerDimension
	Number of frames in each dimension.
float32	StartSeconds
	This is the start time of the simulation where we begin the capture. I.e. 2.0 would mean the simulation warms up by 2 seconds before we begin capturing.
int	CurrentCameraIndex
	Active camera that we were saved with.
FName	BakeQualityLevel
	What quality level to use when baking the simulation, where None means use the current quality level.
Variables
FRotator	CameraViewportRotation
FVector	CameraViewportLocation
Public Attributes inherited from UObject
const UClass	Class
const UObject	Outer
const UPackage	Outermost
const UPackage	Package
const UWorld	World
const FName	Name
const bool	IsRooted

Member Function Documentation

SetbLockToSimulationFrameRate()

void SetbLockToSimulationFrameRate

(

bool

Value

)

Locks the playback to the simulation frame rate, i.e. no multi-tick.

SetbPreviewLooping()

void SetbPreviewLooping

(

bool

Value

)

Should the preview playback as looping or not.

SetbRenderComponentOnly()

void SetbRenderComponentOnly

(

bool

Value

)

Should we render just the component or the whole scene.

StaticClass()

UClass StaticClass ( )

static

Member Data Documentation

BakeQualityLevel

FName BakeQualityLevel

What quality level to use when baking the simulation, where None means use the current quality level.

CameraViewportLocation

FVector CameraViewportLocation

CameraViewportRotation

FRotator CameraViewportRotation

CurrentCameraIndex

int CurrentCameraIndex

Active camera that we were saved with.

DurationSeconds

float32 DurationSeconds

Duration in seconds to take the capture over.

FramesPerDimension

FIntPoint FramesPerDimension

Number of frames in each dimension.

FramesPerSecond

int FramesPerSecond

The frame rate to run the simulation at during capturing. This is only used for the preview view and calculating the number of ticks to execute as we capture the generated texture.

Outputs

TArray<TObjectPtr<UNiagaraBakerOutput> > Outputs

Array of outputs for the baker to generate.

StartSeconds

float32 StartSeconds

This is the start time of the simulation where we begin the capture. I.e. 2.0 would mean the simulation warms up by 2 seconds before we begin capturing.